What This Template Is For
Not every feature needs a 10-page PRD. A feature brief is a 1-2 page document that communicates the problem, proposed solution, scope boundaries, and success criteria for a discrete feature. It is the right artifact when the team already has context on the product area, the feature is well-scoped, and the main risk is ambiguity rather than strategic misalignment.
Feature briefs sit between a Slack message ("let's add CSV export") and a full PRD. They are formal enough to align engineering and design on what to build, but lightweight enough that you can write one in under an hour.
Use a feature brief when the feature will take 1-4 weeks of engineering effort. For features that span multiple teams, require new infrastructure, or have significant strategic implications, use the full PRD Template instead. For the narrowest scope (a single endpoint, a UI tweak), a Jira ticket with acceptance criteria may be sufficient.
If you need help deciding whether a feature is worth building, score it with the RICE Calculator first. For the broader context of how features connect to product strategy, see the Product Strategy Handbook.
How to Use This Template
- Write the problem statement first. If you cannot articulate the problem in 2-3 sentences, the feature is not ready to brief.
- Describe the proposed solution at a level that gives engineering and design enough direction without dictating implementation. Mention key interactions and data requirements, not CSS values or database schemas.
- Draw explicit scope boundaries. List what is NOT included. This prevents scope creep and saves more time than any other section.
- Define 1-3 measurable success criteria. These become the acceptance test for whether the feature shipped correctly.
- Identify dependencies and risks. Call out anything that could block or delay the work.
- Circulate to engineering lead and design lead for review before sprint planning. A 15-minute sync to walk through the brief is usually sufficient.
The Template
Feature Brief
| Field | Details |
|---|---|
| Feature Name | [Name] |
| Author | [PM name] |
| Date | [Date] |
| Status | Draft / Ready for Review / Approved / In Development |
| Priority | P0 (Critical) / P1 (High) / P2 (Medium) / P3 (Low) |
| Estimated Effort | [T-shirt size: S/M/L or sprint count] |
| Target Release | [Date or milestone] |
| Squad/Team | [Team name] |
Problem
[2-3 sentences describing the user problem or business need. Include evidence: support ticket volume, user research quotes, conversion data, competitive gap. Be specific about who has this problem and how often.]
Evidence.
- [Data point 1: e.g., "42 support tickets in the last 30 days requesting this capability"]
- [Data point 2: e.g., "3 of 5 user interview participants mentioned this pain point"]
- [Data point 3: e.g., "Top competitor launched this feature in Q4 2025"]
Proposed Solution
[3-5 sentences describing the solution approach. Cover the key user interactions, data inputs/outputs, and how this fits into the existing product. Include a rough wireframe or screenshot mockup if helpful, but do not over-specify the UI.]
Key Behaviors.
- ☐ [Behavior 1: e.g., "User can filter results by date range and status"]
- ☐ [Behavior 2: e.g., "System sends email notification when export is ready"]
- ☐ [Behavior 3: e.g., "Results are cached for 1 hour to reduce load"]
User Flow.
- User navigates to [page/section]
- User [action]
- System [response]
- User sees [outcome]
Scope
In Scope.
- [Capability 1]
- [Capability 2]
- [Capability 3]
Out of Scope.
- [Explicitly excluded capability 1]
- [Explicitly excluded capability 2]
- [Explicitly excluded capability 3]
Future Considerations. [1-2 sentences about what might come in a follow-up iteration, so engineering can avoid painting themselves into a corner.]
Success Criteria
| Metric | Current | Target | Measurement Method |
|---|---|---|---|
| [Metric 1] | [Baseline] | [Target] | [How you will measure] |
| [Metric 2] | [Baseline] | [Target] | [How you will measure] |
| [Metric 3] | [Baseline] | [Target] | [How you will measure] |
Dependencies and Risks
| Type | Description | Impact | Mitigation |
|---|---|---|---|
| Dependency | [e.g., "Requires updated API from Team X"] | [Blocks / Delays / Reduces scope] | [Mitigation plan] |
| Risk | [e.g., "Performance may degrade for large datasets"] | [Impact description] | [Mitigation plan] |
Design Notes
[Optional section. Include rough sketches, wireframe links, or design constraints. If design will handle this separately, just write "Design to explore independently based on this brief."]
Open Questions
| # | Question | Owner | Status |
|---|---|---|---|
| 1 | [Question] | [Name] | Open |
| 2 | [Question] | [Name] | Open |
Filled Example: Bulk Tag Editor
Feature Brief
| Field | Details |
|---|---|
| Feature Name | Bulk Tag Editor |
| Author | Sarah Chen, PM |
| Date | March 2026 |
| Status | Approved |
| Priority | P1 (High) |
| Estimated Effort | M (1-2 sprints) |
| Target Release | Q2 2026 Sprint 4 |
| Squad/Team | Core Product |
Problem
Users who manage large task libraries (500+ tasks) spend 15-20 minutes per session individually editing tags when reorganizing their taxonomy. Our most active customers have asked for a way to add, remove, or replace tags across multiple tasks at once. 38 support tickets in the last 60 days reference this pain point. Both Asana and Linear support bulk tag operations, and this gap is cited in 4 of our last 10 churn interviews.
Evidence.
- 38 support tickets in 60 days requesting bulk tag editing
- 4/10 churn interviews cited missing bulk operations
- Power users average 500+ tasks; top customer has 12,000 tasks
- Asana and Linear both support multi-select + bulk tag operations
Proposed Solution
Add a multi-select mode to the task list view. When 2+ tasks are selected, a floating toolbar appears with bulk actions including "Add tags," "Remove tags," and "Replace tag." The operation runs asynchronously for selections over 100 tasks and shows a progress indicator. Results are undoable for 30 seconds after completion.
Key Behaviors.
- ☑ Checkbox column appears when user enters multi-select mode (Shift+click or toolbar toggle)
- ☑ Floating toolbar shows selected count and available actions
- ☑ "Add tags" appends tags without removing existing ones
- ☑ "Remove tags" removes specified tags, leaving others intact
- ☑ "Replace tag" swaps one tag for another across all selected tasks
- ☑ Undo banner appears for 30 seconds after operation completes
Scope
In Scope.
- Multi-select in list view (not board or calendar views)
- Bulk add, remove, and replace tag operations
- Async processing for 100+ task selections
- Undo for 30 seconds post-operation
Out of Scope.
- Bulk editing of fields other than tags (assignee, status, priority)
- Multi-select in board view or calendar view
- Tag merge (combining two tags into one across all tasks)
- API endpoint for bulk tag operations
Future Considerations. Board view multi-select and additional bulk fields (assignee, status) are planned for Q3. Engineering should use a generic bulk operation framework rather than tag-specific logic.
Success Criteria
| Metric | Current | Target | Measurement |
|---|---|---|---|
| Time to reorganize 50+ task tags | ~18 min (manual) | < 2 min | Session recording analysis |
| Support tickets re: bulk editing | 38/60 days | < 5/60 days | Zendesk tag report |
| Feature adoption (MAU) | 0% | 30% of users with 100+ tasks | Product analytics |
When to Use a Feature Brief vs. a Full PRD
| Signal | Feature Brief | Full PRD |
|---|---|---|
| Engineering effort | 1-4 weeks | 4+ weeks |
| Teams involved | 1 team | Multiple teams |
| Strategic risk | Low (feature aligns with existing direction) | High (new product area, new market) |
| Technical risk | Low to medium | High (new infrastructure, architecture changes) |
| Stakeholder alignment needed | Engineering + design | Engineering + design + leadership + legal |
For the full document when you need it, use the PRD Template. For an even shorter format when pitching a new initiative, see the Product One-Pager Template.
Key Takeaways
- Use feature briefs for well-scoped features that take 1-4 weeks of engineering effort
- Write the problem statement and out-of-scope list before describing the solution
- Define 1-3 measurable success criteria that engineering can validate after shipping
- Review with engineering and design leads before sprint planning
- Step up to a full PRD when multiple teams, high strategic risk, or new infrastructure is involved
About This Template
Created by: Tim Adair
Last Updated: 3/5/2026
Version: 1.0.0
License: Free for personal and commercial use
